Suitability and Energy Sustainability of Atmospheric Water Generation Technology for Green Hyrdogen Production

Case Studies

SEAS R&D Manager Luccia Cattani explores the integration of air-to-water generator (AWG) systems into green hydrogen production via atmospheric water electrolysis, addressing critical challenges in water supply and sustainability. This study evaluates water extraction from air through atmospheric water harvesting (AWH), focusing on water quality and energy efficiency for electrolysis. Rigorous chemical analyses were conducted on water produced by a certified air-to-water integrated system,…

Using SEAS Air-to-Water Generators to clean solar panels boosts efficiency and sustainability

Case Studies

This study addresses photovoltaic panel efficiency loss—up to 50%—due to soiling and highlights demineralized water as an optimal cleaning agent. It introduces an innovative approach using SEAS Air to Water Generator (AWG) technology for water supply, overcoming challenges in model selection and sizing via a cleaning time optimization method. The DIrt model estimates energy loss…

SEAS Building Integration System

Integrated systems for air conditioning and production of drinking water – Preliminary considerations

Case Studies

This research introduces a pioneering HVAC design for hotels that innovatively repurposes condensed water vapor from chillers, transforming it into a sustainable resource. Tailored to the demanding climatic conditions of the Arabian Gulf, the system demonstrates exceptional resource efficiency by reclaiming water for diverse domestic applications, with potential for potable use following appropriate treatment. Preliminary…

water production system at remote worksite

Production of water from the air: the environmental sustainability of air-conditioning systems through a more intelligent use of resources. The advantages of an integrated system

Case Studies

Magrini A. et al. / Energy Procedia 78 ( 2015 ) 1153 – 1158 Abstract The water vapor condensation in the HVAC system chillers can be employed to increase the sustainable use of resources by using the condensed water for domestic consumption. Preliminary investigation on a design of an integrated HVAC system for the air…

water for fire safety
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Water Storage and Fire Safety

Use Cases

SEAS developed a dedicated System for the storage of 25,000 / 50,000 litres of water combined with a SEAS machine of adequate production from 50 to 1,000 litres per day, all independently powered by photovoltaic plants and controlled via GPRS or satellite. This solution allows for water reserves strategically located in areas of high risk…